AT Drive

A new prospective direction of development in the family of tight high-torque motors. Construction of the motor enables its mounting in devices of different purpose and its use in water and aggressive solutions. This is a line of synchronous brushless permanent magnet motors of power capacity from 100 to 550 W in frame or frameless.

Collaborative robot

Collaborative robotic complex with special software is used for automatization of cyclic production processes regarding technological operations performance in cooperation with a man within determined working space.

Exohand-2

Complex for rehabilitation with brain-computer interface “Exohand -2” is designed for poststroke and posttraumatic rehabilitation.

Implementation of innovative high-efficient reparative technology helps to return motion activity to patients.

MedBot

Implementation of robotic systems is aimed to decrease the load on medical personnel, quantity of communication with patients infected with life threatening diseases, increasing efficiency of work with patient and rate of comfort.

FEDOR

FEDOR became the first robot-cosmonaut in the world history that executed a full cycle of flight to the Space being in operating status (on board of spacecraft “Soyuz”, the International Space Station and Earth crew capture vehicle), successfully performed a planned scientific program and returned back to the Earth.

Space future

FEDOR (Final Experimental Demonstration Object Research) is an anthropomorphic rescue robot, developed by SPA “Android Technics” and Advanced Research Foundation at the request of the EMERCOM of Russia.

Collaborative robots

We produce collaborative robots for automation of cyclic production processes with a load capacity from 3 to 10 kg and with a different operating range

Medical robotics

We produce adaptive robotic systems for the treatment, rehabilitation, and social adaptation of post-stroke patients, children with injury of the central nervous system and patients after injuries

Educational robotics

We produce research laboratories based on anthropomorphic robotic systems and complexes for research and educational activities and obtaining practice-oriented knowledge

Brushless motors

We produce a range of synchronous brushless permanent magnet motors in frame and frameless forms with power from 100 to 550 W and high torque

Our partners

We cooperate with leading corporations and companies in the Russian Federation, which set a standard of the country's technological development.

Implemented projects

For 10 years, we have been implementing projects in various industries: anthropomorphic robotics, mobile systems, copying devices, and more.

“FEDOR-V” (2018 г.)

Development of an anthropomorphic robotic information system with a voice dialog system. It is placed as part of the exhibition of Center “Space and aviation” at VDNKh.

“Canyon” (2018 г.)

Development of a mobile robotic manipulator for working in strong radiation fields that is remotely controlled by an operator (copying-type control system). UCS RTS (Universal computer stand of a robotic system, 2018) Creation of a universal computer stand for working out the interaction of cosmonauts with different space robotic systems and ergonomic research

UCS RTS (Universal computer stand of a robotic system) (2018 г.)

Creation of a universal computer stand for working out the interaction of cosmonauts with different space robotic systems and ergonomic research

“Exohand-2” (2018 г.)

Development of a complex of a human hand electromechanical exoskeleton controlled by the brain-computer interface. The complex is designed for the treatment and rehabilitation of post-stroke patients.